Close off please
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A track further enough west would mean just rain for the coastal areas,which is a good possibility considering the west trends(before the energy even gets sampled).Climatology and possibly the storm track over once the Northwest trend ends just doesn't support a winter storm for coastal regions of Georgia,South Carolina or North Carolina(outside of the Northern Outer Banks).I could see this trending far enough west that sleet significantly cuts down on totals along the coast, but all rain is not happening.
It's not going that far westA track further enough west would mean just rain for the coastal areas,which is a good possibility considering the west trends(before the energy even gets sampled).Climatology and possibly the storm track over once the Northwest trend ends just doesn't support a winter storm for coastal regions of Georgia,South Carolina or North Carolina(outside of the Northern Outer Banks).
Bro...how many times are you going to mention this?A track further enough west would mean just rain for the coastal areas,which is a good possibility considering the west trends(before the energy even gets sampled).Climatology and possibly the storm track over once the Northwest trend ends just doesn't support a winter storm for coastal regions of Georgia,South Carolina or North Carolina(outside of the Northern Outer Banks).
Yeah, the second half of January 1940 was basically like this upcoming week. However, the temperature anomalies were much colder than what we will even see in the very near future. While our area did get snow out of this system depicted above, our biggest event in the first half of the twentieth century was the storm on 2/25-26/1914.Impressive map. I believe that was one of the coldest months on record for parts of Georgia and probably other areas of the Southeast. I’m sure Larry can share the specific records with us.
I'm going to serve it to you raw: This is not Atlanta's storm. It never can be. Snow will not reach Atlanta in any way.A track further enough west would mean just rain for the coastal areas,which is a good possibility considering the west trends(before the energy even gets sampled).Climatology and possibly the storm track over once the Northwest trend ends just doesn't support a winter storm for coastal regions of Georgia,South Carolina or North Carolina(outside of the Northern Outer Banks).
I'm going to serve it to you raw: This is not Atlanta's storm. It never can be. Snow will not reach Atlanta in any way.
Loving these trends for WNC
I just don't see it coming that far west I can see RaleighAs bad as these models have been especially 72+ hours out, I think it’s very unwise to rule anyone in NC, GA, SC out of the game at this point. Just look at the trends.
I'm going to say this kindly, and I'm also going to say don't get excited anyone, but that storm was also historic for Atlanta. I don't think we can rival that storm personally, but I wouldn't mind having a record broken by a low like that.
Isn't it pretty obvious where the surface low should be tracking with a neg tilted H5 trough and this setting out there? If the low doesn't adjust significantly further west with this setup I'm going to have to go back to school for a while.
This is justYeah I don't think we're gonna be able to get this storm to come that far west, the negative tilt of the parent trough in the January 1940 is nothing like I've ever seen before, aside from maybe the March 1993 superstorm, if that. The amount of barotropic energy conversion this thing underwent is mind-blowing.
Here's a 500 hpa vorticity, height, and wind animation for the Jan 1940 event via ERA-20C so you can see what I'm talking about